The Evacuator® utilises a user-friendly ‘click on and go’ mechanism. Each steel cable allows multiple persons to descent at the same time, providing their combined weight does not exceed 282 Kg on each steel cable / escape-hook. The total max. descent load on the system is 564 Kg. (Max. descent load per escape-hook 282 Kg). It is available in three models: Model E50 (>50 metres) equipped with 4 cable reels. Model E165 (>165 metres) equipped with 2 cable reels. Model E300 (>300 metres) equipped with 1 cable reel.
In an emergency every second counts. With the Evacuator® escape descent system everybody can escape within 10 seconds.
Designed to save the lives at heights ranging up to 300 metres, the Evacuator® is the world’s fastest and most user-friendly, fire-proof, panic-proof collective escape descent system.
This award winning system provides a quick, intuitive escape and descent solution for everybody in an emergency situation. It is suitable for installation on wind turbines, offshore substations, harbour cranes and other high rise structures.
4 STEPS TO SAFETY
Go to the emergency exit
Secure your harness on to the yellow escape-hook
Open emergency exit
Start the descent
INTERNAL AND EXTERNAL MODELS
The Evacuator® escape descent system can be installed inside or outside.
The solid surface where the Evacuator is going to be installed must be at least in compliance with the European Standard for Steel Constructions EN1090 and Eurocode3 class CC3 safety factor 1.65. This is the highest Class and also the highest safety factor within the European Standard for steel constructions.
Inspection and maintenance:
There is no fixed lifespan, as long as the Evacuator® passes the inspection by a certified technician. Once you have completed authorised training, the inspection can be done by your team for operational efficiency. The same applies to installation. The inspection itself can be completed within 15 minutes.
8 KEY POINTS
THE EVACUATOR® ESCAPE DESCENT SYSTEM SIGNIFICANTLY IMPROVES THE SAFETY AND SURVIVABILITY OF PEOPLE IN PANIC SITUATIONS AT HEIGHTS
- A Fire Proof system up to 1200 degrees Celsius fitted with steel cables.
- Panic Proof, instinctively simple to use, connect harnesses on preinstalled escape-hooks and start descent.
- Escape-procedure within 10 seconds, just click on and go.
- A fully automatic controlled descent, ±1 m/s.
- The steel cables cannot burn or melt and can't get entangled.
- Safe descent at all wind speeds.
- Safe descent when structure is on fire and safe to use in extreme wet conditions or heavy rain fall.
- No time consuming preparations due to pre-installed and fixed installation at the emergency escape hatches, always there where you need it, immediately ready to use.
- No electricity required.
- Multiple persons can descent, the total Max. descent load on the system is 564 Kg at the same time (Max. descent load per cable-reel 282 Kg).
- In case of acute health problems/cardiac arrest a person can be safely on the ground within the 6 Golden minutes.
- Escape procedure can be done with 1 hand (in case injury has been sustained to other hand).
- Long Lifespan >30 years.
- Low costs of ownership.
- Easy installation on all high structures, wind turbine independent, onshore and offshore.
- In case of wind turbines: Installation does not damage the nacelle-construction and does not interfere annual maintenance in the nacelle (No drilling required).
- Certification by DEKRA Germany EN341, Class D, in compliance with ANSI Z359/CSA Z259.
- Does not require any special training but training models are available for educational purposes and multiple descent experiences.
- Maintenance friendly, visual inspection and system-test approx. 15 minutes.
The Evacuator escape descent system brings compliance to the Official European Safety Standard for Wind Turbines EN50308, Paragraph 4.2.2: “The descent device has to be fireproof enough to allow escape from the nacelle to the ground in the event of fire, it shall be suitable for the numbers of persons to be evacuated”.
The Evacuator escape descent system brings adherence to the UK Offshore Safety Directive Regulator/HSE-Offshore Emergency Response Inspection Guide,
Appendix 8: MEANS OF ESCAPE,
PFEER ACoP paragraph 219 and 220: Dutyholders should have selected means of escape based on their contribution to reducing the risks of those who may have to escape from the installation to as low as reasonably practicable (ALARP).
THE EVACUATOR® ESCAPE DESCENT SYSTEM
SUITS TO MULTIPLE HIGH RISE STRUCTURES
Onshore and offshore wind turbines
High rise buildings (refugee areas)